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About

Aneesh B. Singhal is a pioneering neuroimaging researcher whose work sits at the intersection of stroke rehabilitation, brain plasticity, and advanced MRI technology. His research has made significant contributions to our understanding of how the brain reorganizes itself following stroke, with a particular focus on leveraging cutting-edge neuroimaging tools to both monitor and enhance recovery in chronic stroke patients. Singhal is perhaps best known for his innovative integration of functional MRI (fMRI) with MR-compatible robotic devices — most notably the MR_CHIROD hand robot — to study motor system reorganization in real time during rehabilitative therapy. His 2009 study on connectivity alterations in chronic stroke, which has garnered 65 citations, demonstrated measurable changes in functional connectivity within motor execution networks following robot-assisted therapy. Subsequent work explored how diffusion tensor imaging and volumetric MRI could capture evidence of training-induced neuroplasticity, offering compelling structural support for rehabilitation-driven brain changes. Singhal's body of work has not only advanced the scientific understanding of post-stroke neuroplasticity but has also helped shape practical rehabilitation strategies, offering hope for patients with long-term motor disabilities. His research remains an important reference point for clinicians and neuroscientists working in stroke recovery.